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In Fire Emblem Three Houses, the characters are able to dodge both Meteors and the Immaculate One's Light right as it is above their head, so I will find out what that results in. Everyone dodges the same distance whenever they dodge an attack, so I will use Dimitri's dodge animation to get an average distance moved. I'll also do a recalc of dodging bolting just so we can have a Three Houses version.
Dimitri's Height = 1.88 Meters = 949 px
1.88 Meters/949 px = 0.00198 Meters per px
Distance Moved = 594.12 px = 1.18 Meters
The characters don't begin to dodge until the spell is right above the head of the person, so I'll lowball to 1 Foot, which is 0.3048 Meters
Calculation = ((Distance the character moved in Meters)*(Speed of Attack))/(Distanceâ€¦
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In Fairy Tail chapter 434 to 435, Natsu destroys IkusaTsunagi and splits his cloud's in the process as well. The cloud was split towards the horizon, so that means the distance is 20,000 Meters. The cloud was never specified whether or not it was split omnidirectionally, so I'll do a LowEnd and HighEnd for both scenarios.
Distance = 20,000 Meters
Average height of Storm Clouds is 8000 Meters.
Volume = pi*(viewing distance)^2*(cloud thickness)
Volume = pi*(20,000^2)*(8000 M) = 1.0053096e+13
So then we multiply the volume by 1.003 to get Mass
1.0053096e+13*1.003 = 1.0083256e+13
The Cloud Split took 1 Panel, so I'll assume a timeframe of 5 Seconds.
20,000 Meters/5 Seconds = 4000 m/s
Omnidirectionally:
KE = (1/12)*Cloud Mass*(Speed of Cloud Movement)â€¦
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Ren Tao cuts a car in half. The area cut was basically 2 rectangles, I'll also assume a 75% hollowness of the car's area, since we don't have a full shot of the car.
Ren Tao = 1.45 Meters = 84.61 px
1.45 Meters/84.61 px = 0.017 Meters per px
Length of Car Back = 184.53 px = 3.14 Meters
Height of Car Back = 119.52 px = 2.03 Meters
Area of Car Back = 6.3742 Meters^2
Length of Car Front = 54.15 px = 0.92 Meters
Height of Car Front = 71.25 px = 1.21 Meters
Area of Car Front = 1.11 Meters^2
Full Area of Area Cut = 7.4874 Meters^2
Assuming 75% Hollowness, the are we'll use is 1.87 Meters^2
The formula is (Compresive Strength*Area*Width of the blade)
Area = 1.87 Meters^2
The width of weapon blades is 0.1 Millimeters wide.
The average compresive strength of allâ€¦
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I was asked to calc some feats for Dragon Quest 11, so let's do them.
Krystalinda creates a winter storm that covers the entirety of Sniflheim
Photo 1:
Ship Height = 4.58 Meters = 301.01 px
4.58 Meters/301.01 px = 0.015 Meters per px
Distance Moved = 1252 px = 19 Meters
The time it moved this distance was 0.4 Seconds
Velocity = 19 Meters/0.4 Seconds = 47.5 m/s
KE = 0.5*Mass*Velocity^2
KE = 0.5*(107002.5 Kg)*(47.5 m/s)^2 = 0.02 Tons (Small Building level)
This calc is pretty janky and hella lowballed, but I was asked to try it.
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This is a revision of Mael's Cloud feat, where he disperses the Original Demon's clouds omnidirectionally. This is based on M3X's version of the calc, and he asked me to make a new blog for the revision, but I'm still gonna give him most of the credit.
Using this calc for the size of the Country, we know the distance is 900km. Thats the diameter, now we need to find the distance where the storm went.
Red Line = 900 km = 400 px
900 km/400 px = 2.25 km per px
Blue Line = 187 px = 420.75 km
This is our radius
The clouds height's are 9.9 km
Mass = 5.5196816e+15 kg
We will use 30 Seconds like with before
Velocity = 420750 m/30 s = 14025 m/s
KE = (1/12)*Cloud Mass*(Speed of Cloud Movement)^2
KE = (1/12)*5.5196816e+15*(14025)^2 = 21.6 Teratons (Country leveâ€¦
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